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arXiv hep-th/9411237hep-thgr-qc
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各向异性宇宙中的离散谱移

Discrete spectral shift in an anisotropic universe

D. J. Lamb, A. Z. Capri, M. Kobayashi

摘要:

在本文中,我们计算的粒子创造所看到的一个固定的观察者在各向异性的宇宙。通过使用观测者和几何依赖时间量子化一个有质量的标量场,我们证明了一个离散的能谱移动发生。与几何形状相关联的长度尺度提供了使光谱移位的能量尺度。计算的Bogolubov变换的$β(p,q)$系数与一系列增量函数成比例,这些函数的自变量包含$p$和$q$以及曲率根的半倍。

英文摘要:

In this paper we calculate the particle creation as seen by a stationary observer in an anisotropic universe. By using an observer and geometry dependent time to quantise a massive scalar field we show that a discrete energy spectrum shift occurs. The length scale associated with the geometry provides the energy scale by which the spectrum is shifted. The $β(p,q)$ coefficient for the Bogolubov transformation calculated is proportional to a series of delta functions whose argument contains $p$ and $q$ and half multiples of the root of the curvature.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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